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limited. This research project funded by research Council of Finland is focused on developing methods for statistical analysis that ecologists can use to better predict future changes in ecological
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variability and the predictability of mechanistic CH4 models. We aim to fill the knowledge gap in the project “A holistic view of Methane turnover in northern Wetlands by Novel isotopic approach (MeWeN
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emission and its underlying processes. The lack of continuous observations of CH4 turnover hinders our understanding of CH4 emission variability and the predictability of mechanistic CH4 models. We aim
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is by 1st January 2026 or by mutual agreement. The successful applicant will be appointed to a fixed-term assistant / associate professorship (tenure track), with a clear and predictable path towards
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multiscale solute transport in nanoporous media under changing conditions. The post-doctoral position is for a period of 28 months. Background of the project Quantification and prediction of solute movement